architecture

Robotic Process Automation was born with the vision of empowering business users to create software bots that could interact with enterprise systems just like humans.
Its benefits include substantial time and cost savings, improved customer satisfaction, increased workforce morale, and the ability to build a competitive advantage over competitors.
But to fully realize all these benefits, it’s important for businesses to select a solution with a robust RPA security architecture that supports core principles, such as least privileges and separation of duties while delivering end-to-end protection for the critical apps and sensitive data involved.
This paper provides an overview of the industry’s highest standard for enterprise-grade security as demonstrated by the market’s leading Digital Workforce platform, Automation Anywhere Enterprise.

Modern data centers based on hyperscale, leaf-spine switching
architectures are growing so large and complex they are outstripping the
capacity of operators to engineer, configure and manage these networks
using traditional tools and techniques. As a result, data center operators
are looking for new ways to automate workflows, maximize uptime and
increase operational agility while reducing operating costs

Stop deploying cyberthreat prevention tools in detection mode. Get “Scaling Inline Threat Prevention Tools” to learn the benefits of an inline bypass architecture. Learn how inline bypass removes failure points by automatically distributing traffic to the right security tools, keeping both traffic and protection up and running. Discover how you can add, remove, and upgrade security tools at the speed of your network to maximize threat prevention, security resilience, and network uptime. Get the paper.

Upgrading your network doesn’t have to be a big headache. Get the Securosis report Scaling Network Security and scale security controls and policy without starting over. Discover your options for improving security architecture on your terms, using existing infrastructure and intelligently applying security controls at scale without major overhauls. With this approach, your network protection can evolve with applications, attackers and technology—even in today’s demanding 100Gbps network environment.

As the hunger for bandwidth and the number of devices within enterprise networks continue to increase, collaboration between NetOps and SecOps for a fast, secure network is a must. Download the SANS whitepaper Network Architecture with Security in Mind and learn about a new security approach that relies on pervasive visibility to send the right data to the right tools that are already in place, rather than adding more performance-hindering layers of security

IDG survey confirms: CEOs consider cybersecurity a top priority. Get “Countering Escalating Cyberthreats” and improve your threat visibility across the entire network. As CEOs struggle with the risks of a digital business, it is time to adopt a more holistic approach to security. You can distribute traffic to the right tool at the right time, eliminate network weaknesses and keep your CEO happy. Read now.

As organizations prioritize digital transformation initiatives, many are finding that legacy
networks are holding them back. To support new business models, cloud adoption, and an
explosion in connected devices, modern networks must support interoperability across data
centers, multiple clouds, branch locations, and edge devices. Applications now run at every
point on this spectrum, and they are critical to businesses’ ability to win in hypercompetitive
marketplaces. Yet, even as business success has become more dependent on
this new architecture, and the amount of data flowing across connections has increased,
many organizations still lack a unified approach to management, automation, and security.

The Wide Area Network (WAN) is in the midst of a significant evolution. Software-defined WAN (SD-WAN) is the key factor driving this evolution and bringing along with it many transformational changes. SD-WAN has enabled several new WAN uses cases, such as enabling reliable, secure and high performance support of software-as-a-service (SaaS), cloud compute, cloud storage, cloud security and the ability to use non-deterministic Internet services to provide business-class transport. The traditional WAN architecture was ill equipped to support these new use cases.
As is usually the case with an emerging market, the first entrants into the SD-WAN space were start-ups. However, given the ability of SD-WAN to support both traditional and emerging WAN use cases, the market has recently been flooded with a range of vendors, solutions and technologies offering varying types of SD-WAN solutions.
While having differing types of solutions provided by numerous suppliers is potentially beneficial, it

What if you could protect your company from data loss before a mobile attack occurs? The reality is that mobile threats are everywhere and the risks are escalating. But in the world of modern work, how can IT protect mobile devices while allowing users easy access to corporate data on a device of their choice anytime, anywhere?
Watch this webinar on demand to learn how mobile threat defense is reducing risks amongst some of the largest mobility programs in the world. We will reveal:
-How mobile attacks are targeting corporate data, bypassing traditional IT defenses
-Why threat detection and remediation protects your data, without disrupting user productivity
-Why mobile threat detection is an essential component of a layered defense architecture
With one app, MobileIron Threat Defense delivers unparalleled mobile threat detection and remediation on-device without network connectivity required, and no need for users to take any action.

Whether you’re a leader of Infrastructure & Operations for a large enterprise or a mid-sized business looking to scale, you’ll likely have similar questions about multicloud that need answers.
Read this eBook for a better understanding of multicloud architecture, and get answers to questions such as:
-What’s the difference between hybrid cloud and multicloud?
-What are the top benefits and challenges of multicloud?
-What is the value proposition of multicloud management?
-What is a multicloud strategy?
Download this free eBook today to get started on your multicloud management journey.

Area of business
? Leader in virtualized mobile networks, providing
virtualized network solutions to top-tier CSPs
Challenge
? vEPC helps CSPs transform their network
architecture in order to move to SDN/NFV, reducing
overall costs
? Providers of virtualized network solutions have
to create a market differentiator to assert their
position successfully in an increasingly competitive
marketplace
Solution
? By embedding the easy-to-implement highperformance DPI-engine R&S®PACE 2 from
Rohde&Schwarz, the vEPC vendor can focus on their
core competencies in NFV and gain a competitive
advantage in the rapidly growing NFV market
Benefits
? The strong partnership between the vEPC vendor and
Rohde&Schwarz ensures the high performance of
the vEPC solution
? Sourcing R&S®PACE 2 guarantees a rap

"Now that 72.3% of cloud users have a mix of on-prem/off-prem clouds, the networking game has changed. Traditional app delivery solutions can’t ensure reliable, secure access in a SaaS, multi-device, hybrid, and multi-cloud world.
Get this solution brief to learn why a holistic strategy innately reduces complexities that otherwise would prohitib visibility and control in distributed architectures. The brief also explains:
- The Citrix Networking approach to delivering reliability and a high-quality experience
- How to ensure reliable access to apps at branch and remote locations while keeping costs low
- How to provide full visibility and analytics for your network, applications, users, and data"

Branded residences are luxury homes associated to a premium brand that offers prestige and recognition through association, in addition to services it provides to its owners. The key themes that surround a branded residence are the emphasis on design, services, facilities and amenities, and architecture.

Everyone says they’re “in the cloud,” but most technology leaders would agree that not all clouds are created equal. When evaluating a cloud contact centre solution for your business, it’s important to understand the difference between a true Cloud 2.0 application and traditional software, including which features to look for and why those features are important.
Download this eBook and learn:
How a true Cloud 2.0 model is built to provide levels of reliability, scalability, flexibility and security that that far exceed those of previous generations
The benefits of utilising a platform built on microservices architecture
How to take your business to the next level with a built to scale cloud contact centre platform

The AWS Well-Architected framework has been developed to help cloud architects utilize best practices to build the most secure, high-performing, resilient, and efficient infrastructure possible for their applications. This framework provides a consistent approach for Jelecos and its customers to evaluate architectures and provides guidance to help implement designs that will scale with your application needs over time.

Asian ICT infrastructure investment is exploding as businesses review and modernise their data-centre architectures to keep up with the service demands of a growing and increasingly sophisticated population.
Demand for cloud services, particularly to support big-data analytics initiatives, is driving this trend. Frost & Sullivan, for example, believes the Asia-Pacific cloud computing market will grow at 28.4 percent annually through 2022. Despite this growth, many businesses are also rapidly realising that public cloud is not the best solution for every need as theydo not always offer the same level of visibility, performance, and control as on-premises infrastructure.This reality is pushing many companies towards the middle ground of hybrid IT, in which applications and infrastructure are distributed across public cloud and self-managed data centre infrastructure. Read about Medical company Mutoh and how it took advantage of the latest technology.

A data science platform is where all data science work takes place and acts as the system of record for predictive models. While a few leading model-driven businesses have made the data science platform an integral part of their enterprise architecture, most companies are still trying to understand what a data science platform is and how it fits into their architecture. Data science is unlike other technical disciplines, and models are not like software or data. Therefore, a data science platform requires a different type of technology platform.
This document provides IT leaders with the top 10 questions to ask of data science platforms to ensure the platform handles the uniqueness of data science work.

Oracle Engineered Systems are architected to work as a unified whole, so organizations can hit the ground running after deployment. Organizations choose how they want to consume the infrastructure: on-premises, in a public cloud, or in a public cloud located inside the customer’s data center and behind their firewall using Oracle’s “Cloud at Customer” offering. Oracle Exadata and Zero Data Loss Recovery Appliance (Recovery Appliance) offer an attractive alternative to do-it-yourself deployments. Together, they provide an architecture designed for scalability, simplified management, improved cost of ownership, reduced downtime, zero-data loss, and an increased ability to keep software updated with security and patching.
Download this whitepaper to discover ten capabilities to consider for protecting your Oracle Database Environments.

Australian businesses have long been recognised as leaders in the adoption of cloud services and the migration of core infrastructure to cloud platforms.
Yet as ambitious ‘cloud-first’ programs are executed, performance and complexity issues have led many organisations to embrace the middle ground – a hybrid IT solution combining public cloud and on-premises infrastructure.
Fast-growing hyperconverged infrastructure (HCI) platforms are increasingly being recognised as an ideal enabler for this strategy, with a software-based design that combines robust computing infrastructure with a high degree of centralisation, integration, flexibility, and analytics-based monitoring and manageability.
Read how companies such as Beam Suntory have redefined enterprise architecture and learn more about the way an integrated hyperconverged infrastructure can help you build the right infrastructure for the future.

Australian businesses have long been recognised as leaders in the adoption of cloud services and the migration of core infrastructure to cloud platforms.
Yet as ambitious ‘cloud-first’ programs are executed, performance and complexity issues have led many organisations to embrace the middle ground – a hybrid IT solution combining public cloud and on-premises infrastructure.
Fast-growing hyperconverged infrastructure (HCI) platforms are increasingly being recognised as an ideal enabler for this strategy, with a software-based design that combines robust computing infrastructure with a high degree of centralisation, integration, flexibility, and analytics-based monitoring and manageability.
Read how companies such as Beam Suntory have redefined enterprise architecture and learn more about the way an integrated hyperconverged infrastructure can help you build the right infrastructure for the future.

Asian ICT infrastructure investment is exploding as businesses review and modernise their data-centre architectures to keep up with the service demands of a growing and increasingly sophisticated population.
Demand for cloud services, particularly to support big-data analytics initiatives, is driving this trend. Frost & Sullivan, for example, believes the Asia-Pacific cloud computing market will grow at 28.4 percent annually through 2022. Despite this growth, many businesses are also rapidly realising that public cloud is not the best solution for every need as they do not always offer the same level of visibility, performance, and control as on-premises infrastructure.This reality is pushing many companies towards the middle ground of hybrid IT, in which applications and infrastructure are distributed across public cloud and self-managed data centre infrastructure. Read about Medical company Mutoh and how it took advantage of the latest technology.